Micoson Womens 3/4 Sleeve Chiffon Blouses V Neck Double Layers Mesh Shirts Flowy Dressy Tunic Tops

Micoson Womens 3/4 Sleeve Chiffon Blouses V Neck Double Layers Mesh Shirts Flowy Dressy Tunic Tops

❤Unique Design: The flattering floral outer and solid color linning combinations make you look more elegant and fashionable. Henley V neck Design which are perfectly for various occasions. ❤3/4 BELL SLEEVE: Semi-sheer patchwork ruffled 3/4 sleeve, Make you move your arms easily without any obstructions, for the ultra comfortable feel and trendy style. ❤Slimmer Design for You: This dressy top is designed to show off your best features. Double layers and flowy bottom design perfect to hides your belly and hips and make you look slimmer. ❤Easy Matching: This 3/4 sleeve blouses and tops is suitable for people of all body shapes. This women blouse is easily dress up with heels, long pants for elegant office style, or dress down with jeans, leggings and flats for casual daily life. ❤OCCASION: This Ladies Tops and Blouses is perfect for various occasions, from casual to formal, such as going out, shopping, club, party, wedding, daily wear, holiday, office, work, meeting, interview, etc. Prodect Descripute: 【High Quality】: 90%Polyester, 10%Spandex.The Floral Blouses Shirts for women is made of super comfy and lightweight, breathable and stretchy fabric,which it's very skin-friendly to wear.
【Neckline】:Henley V neck.
【Bottom】: Flowy Hem creats a charming and romantic look.!
【Sleeve】:Patchwork ruffled 3/4 flared sleeve is chic and elegant. Nice up to date look. It keeps you in a good mood throughout the day, you will be praised when you wear it.
【Season】: It’s a perfect weight for summer falland spring.
【Size Map】 :M, L, XL, XXL. It fits perfect without being too clingy, frumpy & wide.
【Occasion】: Daily wear, business casual, office, school, shopping, leisure, holiday, travel, dating,church, etc.
【Garment Care 】: Machine or Hand Wash with cold water. Hang or line dry / No bleach.

Tips:
Please understand that there may have inevitable deviations because of measurement methods.